Leviton A0002 Single Pole Cam Connector 16/18 Series

Product Description

The LEVITON A0002 is a single-pole, CAM-type electrical connector built for commercial-grade power distribution applications. Constructed from zinc-plated steel with a Rhino-Hide finish, it is engineered to withstand the mechanical and environmental demands of industrial and commercial job sites. The set screw termination provides a secure, vibration-resistant connection. Designed for use with 16/18 Series CAM systems, this connector is installed by licensed electricians working on temporary or permanent power distribution assemblies where reliable, high-integrity connections are required.

The A0002 is suited for commercial and industrial electrical installations where CAM-style connectors are the specified standard. Typical applications include power distribution panels, temporary power setups on construction sites, entertainment venues, and industrial facilities that rely on the 16/18 Series CAM connector system. The single-pole configuration allows for individual phase management in multi-conductor distribution setups.

Key Features

• CAM-type, single-pole design for use in 16/18 Series power distribution systems
• Zinc-plated steel construction for corrosion resistance in demanding environments
• Rhino-Hide finish provides added mechanical protection and durability
• Set screw termination ensures a secure, stable conductor connection
• Commercial-grade rating appropriate for industrial and heavy-duty job site use

Compatibility

Designed for use with 16/18 Series CAM-type single-pole connector systems in commercial and industrial power distribution applications.

Installation Notes

Installation should be performed by a licensed electrician in accordance with applicable NEC requirements. De-energize and lock out the circuit before making or breaking any connections. Ensure the conductor is properly stripped and seated before tightening the set screw to secure termination. Do not exceed the rated capacity of the connector system when assembling multi-pole distribution configurations.